The Causes of Variations When Making Dowsable Measurements Part 3 Monthly and Annual Variations Caused by Gravity

Comprehension of the structure of the universe requires a theory of quantum gravity.
Attempting to link quantum physics with general relativity is one current approach.
Many researchers, including the author, believes that the solution lies not just in
physics, but involves consciousness and cognitive neuroscience together with
understanding the nature and perception of information. This paper combines these
latter factors in a non-orthodox approach linked by geometry.
This is the third of a 5 part complementary series of papers examining several local and
non-local factors which affect dowsing measurements, (and hence perception and
consciousness), on a daily, monthly, annual, or ad hoc basis. Part 2 of this series of
papers identified gravity (via its influence on tides) to have a significant effect on
dowsed measurements. This avenue of research into gravity is now further developed,
by making a start in quantifying the involvement of
gravity:- 1. on consciousness,
2. with information,
3. with subtle energies that may be the same as dark energy,
4. in the structure of the universe, and
5. in triggering well known biological events in animals and plants.
Via the use of a standard yardstick, significant variations in length have been measured
during the course of a 28-day lunar cycle (caused by the Moon orbiting the Earth), and a
365-day annual cycle (caused by the Earth's orbit around the Sun). Gravity is shown to
be the main cause. Other perturbations may be present.
But are these repeatable periodic patterns of changing length caused by gravity's
biological effects on the dowser, or in the information obtained by the dowser? In
other words, is gravity acting directly on the dowser's brain and body, or is gravity
causing changes in consciousness via the Information Field? The latter is the "front
runner" in the theory of dowsing.
Category:Astrophysics

Lensing and Galactic Mass Anomaly Solution from DFM Shock Model

Lensing at cluster MACSJ1149.5+2223 extends previous anomalous lensing delays to over
three years, indicating gravitational mass concentrations significantly higher than expectation.
This continued problem has lead a leading astronomer to comment[1]; "This implies that
we're either missing some physics in our simulations, or we may need to modify our
cosmological model." A conceptual model of wave particle interaction at the Earth's
plasmaspheric bow shock, the heliosheath and the galactic halo is postulated and tested,
considering effects on Pioneer and Voyager, and within particle accelerators. A conceptual
quantum mechanical resolution for this via Doppler shifting of EM waves by scattering is
proposed, with implications for Dark Matter, consistent with Maxwell-Einstein's weak field
equivalence. This also derives a fuller explanation of apparent superluminal motion within
astrophysical jets using the postulates of Special Relativity. The historical background to this
'Discrete Field' model (DFM) is identified, further predictions are derived, and wider
implications considered.
Category:Astrophysics